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detectors, can strengthen conventional SLAM-based tracking to improve localization under complex, radiation-rich conditions. Furthermore, the PhD will explore how this enriched representation can be delivered
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and mapping, light fields, extended reality (XR) technologies, sim-to-real, synthetic data generation, and advanced computer vision and machine learning techniques. In addition, the group works on
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with desabilities in light of human rights. In addition, you will provide limited teaching support, in particular in the supervision of papers and master's theses. You will also contribute to the team's
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architecture history, cultural and political history and anthropology, will be used to shed light on the complexity from its historical ideology and approach to its present condition. The two PhD candidates will
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Neurobiology Unit at the GIGA-Stem cells, Liège, Belgium (https://www.gigaldn.uliege.be/cms/c_4226711/en/gigaldn ) Missions A PhD position is available to investigate the mechanisms underlying sensorineural
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by reproducing the full wavefront of light, enabling natural depth cues and fatigue-free viewing. However, moving from classical holography to ultra-wide-angle, ultra-high-resolution holography
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for the future of mobile and satellite communications. Fields of applications range from 5G/6G telecommunications to satellite-based internet connectivity. For details, you may refer to the following: https
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populations are exposed to a complex mixture of environmental stressors, including air pollution, heat, noise, green space, and light pollution, that interact with socioeconomic vulnerability and health history
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environmental stressors, including air pollution, heat, noise, green space, and light pollution, that interact with socioeconomic vulnerability and health history to shape disease risk. Yet most clinical risk